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Peter Diamandis Pitches the Ansari X PRIZE

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Uploaded by on Sep 8, 2008

Interested in what kind of content your video should include? Watch Peter pitch the very first X PRIZE, the Ansari X PRIZE.

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Science & Technology

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  • Water, which can then be separated into hydrogen and oxygen.

    On the Moon you can do that relatively energy efficiently:

    In sunlight i.e. not in a shaded crater you have ~250C. Electrolysis at 250C is far more efficiently than at lower temperatures. It's not quite thermolysis -- because you need to be at 2500C for H20 to 'lyse'/separate automatically. However, electrolysis at higher temperatures is called, surprisingly, High Temperature Electrolysis (HTE). See Wikipedia.

  • Oh, there's tons of oxygen. Literally.

    Actually, you have several choices, let's say you're on the Moon:

    1) Heat lunar regolith to 800C, and you get water. You probably have to distill it first or something. A Lockheed guy tested it with artificial lunar regolith (same chemical composition as real lunar regolith).

    2) Lunar south pole. Need I say more?

  • Billions and trillions of acres... no oxegen though, so maybe you can get a good deal on a big lot.

  • That will save alot on water consumption and other summer resource not needed.

  • Real estate in space?

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